Instructions and Advices
to use the electronic controller
Logik 25-S
ORIGINAL INSTRUCTIONS
(INDUSTRIAL CONTROL EQUIPMENT)
39UG
FILE: E316817
10.03.15 Rev. 0.6
1
INDEX
CAUTIONS
Page 3
TECHNICAL FEATURES
Page 4
MOUNTING
Page 5
ELECTRICAL DRAWINGS AND LEGEND OF THE CONNECTION
Page5
CONNECTION THROUGH SERIAL PORT RS232
Page 8
CONTROL PANEL
Page 9
MENU FLOW
Page 10
MAIN MENU
Page 11
SETTING °C/F°, BAR/PSI, LANGUAGE
Page 11
VISUALIZATION AND SETTING OF THE PARAMETERS USER LEVEL
Page 12
ENTER THE PASSWORD
Page 12
VISUALIZATION OF THE MENU
Page 12
VISUALIZATION AND SETTING OF THE PARAMETERS
Page 12
MENU 0 = WORKING PRESSURES
Page 13
MENU 3 = TEMPERATURES
Page 13
MENU 5 = WORKING TIMER
Page 13
MENU 6 = OIL – FILTERS/HOURS
Page 13
MENU 7 = WORKING HOURS
Page 14
MENU 8 = MAINTENANCE
Page 14
MENU 9 = ALARMS
Page 15
MENU 10 = RESET
Page 15
MENU 11 = COMPRESS. CONFIG.
Page 16
MENU 12 = CLOCK TIMER
Page 17
MENU 13 = CHANGE PASSWORD
Page 18
ALARMS WITH IMMEDIATE COMPRESSOR SHUT OFF
Page 18
ALARMS WITH COMPRESSOR SHUT OFF AFTER 30 SECONDS UNLOAD RUN
Page 18
WARNINGS (VISUAL ALARMS)
Page 19
MESSAGES VISUALIZED IN ALARM LIST ONLY
Page 19
MAINTENANCE MESSAGES
Page 19
HOW LOGIK 25-S CONTROLS THE COMPRESSOR
Page 20
MASTER/SLAVE OPERATION
Page 22
WARRANTY TERMS
Page 23
10.03.15 Rev. 0.6
2
CAUTIONS
THE LOGIK 25-S IS AN INDUTRIAL CONTROL EQUIPMENT (NOT A SAFETY
INSTRUMENT) FOR THE OPERATION OF A SCREW COMPRESSOR.
THE INSTALLATION MUST BE MADE IN ACCORDANCE TO THE LOCAL AND
INTERNATIONAL STANDARDS AND REGULATIONS WHERE THE COMPRESSOR IS
MANUFACTURED.
THE INSTALLATION AND START UP OF THE CONTROLLER MUST BE CARRIED OUT BY
TRAINED PERSONNEL WELL KNOW IN THIS MANUAL.
THE CONTROLLER HAS TO BE USED IN STANDARD INDUSTRIAL ENVIRONMENT AND
IT CAN NOT BE USED IN EXPLOSION RISK ENVIRONMENT, MARITIME AND MILITARY
PURPOSE.
THIS MANUAL COULD BE SUBJET TO CHANGES; PLEASE CONTACT LOGIKA CONTROL
TECHNICAL OFFICE IN CASE OF DOUBT ON THE LAST VERSION.
10.03.15 Rev. 0.6
3
TECHNICAL FEATURES
- Industrial control equipment for the operation and management of screw compressors only; don’t mount and use in
explosive room.
- In accordance to CE regulation:
Low tension: 2006/95/CE
Safety: EN 60730-1 (General regulations)
EMC 2004/108/CE
- In accordance to UL 508 (FILE #: E316817).
- Inputs and outputs via terminal-block board to wires (300V, 15A, 18-14AWG).
- Black auto-extinguishing box in ABS:
a) according CE:
IP64 for the front panel and IP20 for the other parts;
b) according UL:
Type 1 and Type 12 for front panel mounting , installation in pollution degree 2 for the other parts
- Tightening torque: 8 Nm
- Working temperature: 0°C (32°F) ÷ 50°C (122°F) 90% RH (non condensing).
- Storage temperature: -20 (-4°F) ÷ +70 °C (158°F).
- Power supply: 12Vac ± 10% 50 ÷ 60 Hz. (power of the transformer’s secondary: ~ 9 VA) from safety transformer.
- Max. current absorbed = ~ 350 m.A..
- Visualization through back light alphanumerical LCD 20 digits x 2 rows and nr. 1 led for alarm status.
- Messages selectable in 8 languages: Italian – English – French – German – Spanish – Portuguese – Turkish –
Russian.
- nr. 5 key buttons: increase, decrease, enter, start, stop.
- nr. 1 input for temperature probe.
- nr. 1 input for pressure transducer.
- nr. 1 input for PTC or Klicson for motor protection (IN8).
- nr. 7 opto isolated digital inputs from 12/24Vac to detect:
IN 1 = emergency stop button
IN 2 = thermal motor
IN 3 = thermal fan
IN 4 = remote start/stop
IN 5 = air filter pressure switch
IN 6 = separator filter differential pressure switch
IN 7 = settable as: door of the electrical cabinet open – control phase relay – generic alarm – high temperature
bearings.
- nr. 3 digital inputs for connection to Logika Control phases unit.
- nr. 7 outputs via relay with contact 1.5A max. (general use):
RL1 = line contactor
RL2 = delta contactor
RL3 = star contactor
RL4 = load solenoid valve
RL5 = fan contactor
RL6 = settable as: condensate drain solenoid valve or compressor status
RL7 = settable as: alarm output or compressor status
MAX. RATED CURRENT WITH ALL RELAYS CLOSED: 4.5A
- nr. 1 real time clock with buffer battery, around 10 years electrical life.
- nr. 1 serial port RS232 for connection to second compressor (Master/Slave operation), P.C. or GSM unit (Super
Vision and Tele Assistance).
- Check min. and max. power supply to the controller.
- Non volatile memory to store setting data, working hours, compressor status, alarm list.
- The controller switches OFF due to micro interruption longer than ~ 300 m.s..
Accessories:
- nr. 1 temperature probe KTY 13.5 for detection of the air end temperature: black cable TPE, length 2.5 m,
working range –10 ÷ 130°C, resolution 1°C, precision ± 1°C.
- nr. 1 Logika Control phases unit.
- nr. 1 pressure transducer 4-20 mA for working pressure control: 2 wires, AISI 316L stainless steel membrane,
working range 0 ÷ 15 bar, resolution 0,1bar, precision ± 0,1bar.
- Windows™ application for remote control (Super Vision and Tele Assistance).
- nr. 1 Logika Control phases unit:
a) for power supply 380 ÷ 400V three phase
b) for power supply 230V three phase
c) for power supply 440 ÷ 460V three phase
10.03.15 Rev. 0.6
4
MOUNTING
Use the drawing below as overall dimensions to mount the controller.
106 mm
OVERALL DIMENSIONS
161 mm
ELECTRICAL DRAWING AND LEGEND OF THE CONNECTIONS
NOTES ON THE CONNECTIONS
Respect the working technical features and
instructions on the electrical wiring; in
special way both the cables of the
temperatures probes and pressure
transducers must be isolated from the
power cables and proper RC filters must be
placed on the contactors’ coils.
Besides pay attention low voltage and high
voltage cables run on separate trunks.
- On the back side of the controller there
must be enough space for wiring and
connectors.
- The rear side of the controller must be
protected against condensation, oil and
dust.
- Don’t wash the front panel by water
injection; clean the front mylar with a soft
cloth using soap water.
NOTE: the inputs not used have to be
connected to 12-24V directly, except IN5 if
not used has not to be connected
10.03.15 Rev. 0.6
5
LEGEND
Terminal M1
Pole 1-2 = power supply 12Vac
Terminal M2 – RS 232
Pole 1 = GND
Pole 2 = RX
Pole 3 = TX
Pole 4 = +12Vdc
Terminal M3
Pole 1-2 = air end temperature probe
Pole 3-4 = pressure transducer (pole 3 = negative – pole 4 = positive)
Terminal M4
Pole 1 = pole 5 of the control phases (GND)
Pole 2 = pole 1 of the control phases (T)
Pole 3 = pole 2 of the control phases (S)
Pole 4 = pole 3 of the control phases (R)
NOTE: THE GND FROM THE CONTROL PHASES UNIT MUST NOT BE CONNECTED TO EARTH.
IT’S THE GROUND OF THE CONTROLLER AND MUST BE CONNECTED TO IT.
Terminal M5
Pole 1 = IN 1 = emergency stop button (L)
Pole 2 = IN 2 = thermal motor (L)
Pole 3 = IN 3 = thermal fan (L)
Pole 4 = IN 4 = remote start/stop (L)
Pole 5 = IN 5 = air filter pressure switch (L)
Pole 6 = IN 6 = separator filter differential pressure switch (L)
Pole 7 = neutral = 0Vac
Terminal M6
Pole 1 = RL7 = alarm or compressor status
Pole 2 = RL6 = condensate drain solenoid valve or compressor status
Pole 3 = RL5 = fan contactor
Pole 4 = RL4 = solenoid valve
Pole 5 = RL3 = star contactor
Pole 6 = RL2 = delta contactor
Pole 7 = RL1 = line contactor
Pole 8 = common = 24 ÷ 230Vac
Terminal M7
Pole 1-2 = IN 8 = PTC or Klicson for motor protection
Total resistance of operation = 2.900 ohm
Total resistance of restoration = 1.600 ohm
Pole 3 = IN 7 = settable as door of electrical cabinet open – control phase relay – generic alarm (L)
10.03.15 Rev. 0.6
6
EXAMPLE OF CONNECTION TO THE SECURITY PRESSURE SWITCH
Contactors 24Vac
If the operation of the contactors and
soenoid valves come through 24 Vac, the
digital inputs have to be connected to 24
Vac (see drawing on the right); on this
way when the pressure switch opens due
to high pressure, 24 Vac lacks and
deenergize all the contactors, solenoid
valve and digital: the controller detects
all the digital inputs opened and signal
the alarm “SEC. PRESSURE SWITCH”.
I°
II°
12 – 0
Power supply to
the controller
Security pressure
switch for high
pressure detection
Power supply to digital
inputs and uses
Contactors 230Vac
If the operation of the contactors and
solenoid valves comes through 230 Vac, the
digital inputs have to be connected to 12
Vac; next to the contact of the pressure
switch, place and energize an auxiliary
relay and put the contact in serie to
12 Vac (L) (see drawing on the right).
When the pressure switch is closed, the
auxiliary relay with contact closed supply
power to the digital inputs; the power
supply of the controller is connected before
the contact of the relay.
When the pressure switch opens, the
auxiliary relay opens power to the digital
inputs; the controller detects all the digital
inputs open and signal the alarm “SEC.
PRESSURE SWITCH”.
10.03.15 Rev. 0.6
24 – 0
I°
II°
12 – 0
Power supply to
the controller
Security pressure
switch for high
pressure detection
Auxiliary relay
Power supply to
the uses
7
Power supply to digital
inputs
230 – 0
CONNECTION THROUGH SERIAL PORT RS232
Connection Master – Slave LOGIK 25-S / LOGIK 25-S
+V
4
4
+V
TX
3
3
TX
RX
2
2
RX
GND
1
1
GND
Unit nr.1
Unit nr. 2
Terminal M2
Terminal M2
Pole n°1--------------------Pole n°1
Pole n°2--------------------Pole n°3
Pole n°3--------------------Pole n°2
Logik 25-S
Logik 25-S
Connection Master – Slave LOGIK 25-S / LOGIK 16-S
+V
4
4
TX
3
3
TX
RX
2
2
RX
GND
1
1
GND
Logik 25-S
Logik 25-S
M4
5
Logik 16-S
Terminal M2
Terminal M4
Pole n°1--------------------Pole n°1
Pole n°2--------------------Pole n°3
Pole n°3--------------------Pole n°2
Logik 16-S
Connection Logik 25-S / PC
4
TX
3
RX
2
GND
1
1
6
9
5
Logik 25-S
PC
Terminal M2
D’Sub 9 poles
Pole n°1---------------Pole n°5
Pole n°2---------------Pole n°3
Pole n°3---------------Pole n°2
Logik 25-S
NOTE: in case of connection to PC through serial port RS232 or connection of single compressor (RS232) or several
compressors (RS485) to GSM unit, select the parameter COMPRESSOR Nr. into menu 11 COMPRESS. CONFIG.
10.03.15 Rev. 0.6
8
INSTRUCTION FOR SERIAL CONNECTION RS232 AND/OR RS485
NOTES ON THE WIRING: wrong wiring can damage both the controller and other devices connected to the
serial port.
Be careful to the following technical points below:
1. Use flexible, twisted pair, earth shielded cable, type 22 AWG.
2. The total length of the net has to be no more than:
- 5 m for serial connection through RS232
- 400 m for serial connection through RS485
3. In serial connection RS485 the maximum devices connectable are 32 units.
NOTES ON INSTALLATION

The signal wire must be placed in electrical trunk separated from power cables or dangerous cables like the wires
of lighting and so on….

Don’t place the signal wires near power bus-bar, lamps, transformers and high frequency antenna.

The signal cable must be minimum 2 m far from heavy inductive load (motors, inverters and control / patch
board).

Don’t pull the cables by strength over 12 Kg; stronger strength can damage the wires and reduce the signal
transmission on the line.

Don’t twist, knot, crush and fray the wires.

Use always a single cable without cut it to make the connection between two devices.

Pay attention to wire stripper.

To be sure that the connection is well done, sign the position of terminal block with the colour of the wire.
10.03.15 Rev. 0.6
9
MENU FLOW AND VISUALIZATION OF THE PARAMETERS
°C/°F – B/P- LANGUAGE
8,5 bar 85°C
OFF
8,5 bar 85°C
COMPRESSOR STATUS
I
0) WORKING PRESSURES
6) OIL – FILTERS / HOURS
(visualization only)
7) WORKING HOURS
9) ALARMS
11) COMPRESS. CONFIG.
PASSWORD Nr.
14) CLOCK TIMER
PASSWORD Nr.
SERVICE 1 = 22
PASSWORD Nr.
SERVICE 2 = 4444
PASSWORD Nr.
FACTORY 3 = 666666
0) PRESSURES
0) PRESSURES
0) PRESSURES
3) TEMPERATURES
3) TEMPERATURES
3) TEMPERATURES
5) WORKING TIMER
5) WORKING TIMER
5) WORKING TIMER
6) OIL – FILTERS/HOURS
6) OIL – FILTERS/HOURS
6) OIL – FILTERS/HOURS
7) WORKING HOURS
7) WORKING HOURS
7) WORKING HOURS
8) MAINTENANCE
8) MAINTENANCE
8) MAINTENANCE
9) ALARMS
9) ALARMS
9) ALARMS
11) COMPRESS. CONFIG.
10) RESET
10) RESET
12) CLOCK TIMER
11) COMPRESS. CONFIG.
11) COMPRESS. CONFIG.
13) CHANGE PASSWORD
12) CLOCK TIMER
12) CLOCK TIMER
13) CHANGE PASSWORD
13) CHANGE PASSWORD
10.03.15 Rev. 0.6
10
MAIN MENU
Power ON the compressor and the LCD visualizes the main menu where:
a) on the first row, working pressure and air end temperature probe;
b) on the second row, compressor status:
OFF = compressor ready to start by the Start button
I ;
IN SET = compressor in stand by for pressure set reached;
LOAD RUNNING = compressor working;
UNLOAD RUNNING X SET = compressor running unload for pressure set reached;
UNLOAD RUNNING (blinking) = compressor is going to stop;
OFF BY REMOTE STOP = contact of remote start/stop remote open;
OFF BY TIMER – NEXT ON: XX:XX = compressor stopped by timer and visualization of the time to the next start;
when the compressor is stopped by timer, pushing the button
when the button
I for about 3 seconds, the start is forced and
0 is pushed, it stops coming back under timer operation.
WAIT= safety timer in progress.
Visualizing the main menu pushing:
- the button
go to the visualization and setting of language, scale of temperature (°C/°F), scale of the pressure
(Bar/PSI);
- the button
go to the visualization and setting of the user parameters;
- the buttons
+
go to the menu to set the password number (service 1 – service 2 – factory 3) to enter into
the next menu.
NOTE:
1)
ANTIPANIC FUNCTION: in any step of the flow pertinent to the setting and/or visualization, pushing the button
longer than 5 seconds, shift back to the main visualization.
2)
After 120 seconds from the last pushing of any button, the LCD visualizes the main menu automatically.
3)
During the visualization and/or setting, the controller is activated and eventual alarms are detected and visualized
in the main menu.
SETTING °C/°F, BAR/PSI , LANGUAGE
In the main menu, pushing the button
button
the LCD visualizes the message “°C – Bar – LANGUAGE”; pushing the
enter into the programming and the LCD visualizes the message “°C” (blinking) and “°F”: by the button
and/or
select the scale needed to visualize the temperature and by the button
the LCD visualizes the message “Bar” (blinking) and “Psi”: by the button
visualized the pressure and confirm the selection by the button
by the button
and/or
select the scale needed to
; the LCD visualizes the message “TURKISH” and
select the language among Italian – English – French – German – Spanish – Portuguese
– Turkish – Russian; by the button
confirm the language selected; by the last pushing of the button
controller shift back to the main menu.
10.03.15 Rev. 0.6
and/or
confirm the selection;
11
the
VISUALIZATION AND SETTING OF THE PARAMETERS USER LEVEL
In the main menu, pushing the button
the LCD visualizes the menu 0 “WORKING PRESSURE”; again by the button
flow other menu down and by the button
flow them up; after the visualization of the last menu, the LCD shift
back to the main menu.
Once the menu has been selected, pushing the button
enter into the programming or visualization of the pertinent
parameters.
ENTER THE PASSWORD
In the main menu, pushing the button
2-3” with “1” blinking; by the button
and
and/or
(both pushed), the LCD visualizes the message “PASSWORD N° 1select the password level and by the button
confirm it: the
LCD visualizes the password level selected on the first row while “_ _ _ _ _ _” with the first under score blinking on the
second row; by the button
and/or
select the first number on the first under score and confirm it by the button
; set the next number according the same procedure and after confirmation of the last one the LCD visualizes the
first menu.
NOTE: for security reasons, just enter the figure are hidden.
If the password entered is wrong the LCD visualizes the message “PASSWORD WRONG” for 5 seconds shifting back
to visualize the main menu.
Default values of the password levels:
Password service 1 = 22 (2 numbers)
Password service 2 = 4444 (4 numbers)
Password factory 3 = 666666 (6 numbers)
NOTE: quitting the setting under password, the password level selected is missed after 120 seconds since the last
pushing of any button.
PASSWORD MISSED?
In case you forget or miss the password number, to restore the default values, supply power to the controller keeping
the button
pushed for 5 seconds; after this time the message “PRESET” blinks for 3 seconds to inform the default
value of the three password levels have been loaded again.
VISUALIZATION OF THE MENU
By the button
and/or
flow the menu up/down; after the last menu the LCD shift back to the main
visualization.
Once the menu needed has been selected, by the button
enter into visualization or programming of the pertinent
parameters.
VISUALIZATION AND SETTING OF THE PARAMETERS
By the button
and/or
select the parameter to change and confirm it by
by the button
and/or
change the data; pushing
visualizing the last parameter, pushing the button
10.03.15 Rev. 0.6
; the data selected starts blinking;
again confirm the new value and the data stops blinking;
shift back to visualizes the menu selected.
12
MENU 0 = PRESSURES
Function
Description
Setting values
Default
Password level
WP1
Top range transducer
15 ÷60
15
3
WP2
High press. alarm
(WP3+0,2) ÷ (WP1-0,1)
8,5 bar
2-3
WP3
Stop pressure
(WP4+0,2) ÷ (WP2-0,2)
7,4 bar
0-1-2-3
WP4
Start pressure
3 ÷ (WP3-0,2)
6,5 bar
0-1-2-3
WP5
Start press. slave
2,0 ÷ (WP4-0.2)
5,8 bar
0-1-2-3
WP6
Offset
-2,0 ÷ +2,0
0 bar
2-3
NOTE: the parameter WP5 is visualized only if the compressor has been set for Master/Slave operation (see menu 11
COMPRESS. CONFIG.).
MENU 3 = TEMPERATURES
Function
WT1
WT2
WT3
WT4
WT5
WT6
Description
High temp. alarm
High temp. warning
Temp. Start fan
Delta T Stop fan
Low temp. alarm
Offset
Setting values
Default
Password level
(WT2+2°) ÷ 125
(WT3+2°) ÷ (WT1-2°C)
30 ÷ ( WT2-2° )
5 ÷ 15°C
-10 ÷ +15
-10 ÷ +10 °C
108 °C
103 °C
85 °C
5 °C
0 °C
0 °C
3
3
2-3
2-3
2-3
3
Setting values
Default
Password level
MENU 5 = WORKING TIMER
Function
Description
Wt1
Star
2 ÷ 20 sec
6 sec.
3
Wt2
Star/Delta
10 ÷ 50 m.s.
35 m.s.
3
Wt3
Before loading
1 ÷ 900 sec.
2 sec.
3
Wt4
Unload
0 ÷ 30 min
3 min.
2-3
Wt5
Safety
10 ÷ 240 sec.
30 sec.
3
Wt6
RL6 On
1 ÷ 10 sec
1 sec
1-2-3
Wt7
RL6 Off
1 ÷ 10 min
3 min.
1-2-3
NOTE: changing the set value, the new data is loaded once the timer in progress is elapsed.
NOTE Wt4: non stop motor mode when Wt4 set to max.
In case of maximum value is set for parameter Wt4 (=30min), if the compressor is running idle and the Wt4 timer
expires before reaching start pressure, the motor is not stopped and continues to run. As usual, motor will be stopped
if OFF button is pressed, in case of fault, in case of remote start/stop input open or in case of out from working time
(when weekly timers enabled).
MENU 6 = FILTERS – OIL HOURS
Function
CAF
COF
CSF
C-C--h
BL
NOTE:
Description
Change air filter
Change oil filter
Change sep. filter
Change oil
Check compressor
Maintenance bearings
Setting values
100 ÷ 3.000 h.
100 ÷ 10.000 h
100 ÷ 10.000 h
100 ÷ 10.000 h
100 ÷ 10.000 h
100 ÷ 29.999 h
Counter
xxxxxx
xxxxxx
xxxxxx
xxxxxx
xxxxxx
xxxxxx
h.
h.
h.
h.
h.
h.
Reset
Default
Password level
NO
NO
NO
NO
NO
NO
2.000
2.000
4.000
2.000
2.000
29.999
1-2-3
1-2-3
1-2-3
1-2-3
1-2-3
1-2-3
- setting the parameter C--h to 10.000 the maintenance alarm “CHECK COMPRESSOR” will not be visualized.
- leaving the parameter BL at the default value (29.999) the alarm “BEARING LUBRICATE” will not be visualized.
The counter is the ON time of the line contactor (RL1) and it comes backwards; when the timer goes to 0, the LCD
visualizes the pertinent message and the counter will go on negative.
By the button
and/or
select the parameter to change and confirm it by the button
; the LCD visualizes the
message: on the first row CAF = xxh xxm (xxhxxm is the time to elapse), on the second row CHANGE AIR FILTER
Confirm by
again and the LCD visualizes:
On the first row “CAF- SET:10.000 – RESET”
10.03.15 Rev. 0.6
13
On the second row “COUNTER: - 3.500 - |NO| (YES)”
“CAF” is the short name of the parameter with the value previously changed.
a) If you need to set a new value, push the button
set the new value and confirm it by
and the first character starts blinking; by the button
and/or
; automatically the next character starts blinking: set all the next
character according the same procedure for the first one. Confirming the last character the new value is loaded into
the memory and the LCD shift back to the message selected automatically. During the setting, if you need to goes
back to previous character, its possible to do by pushing
and
b) If you need to reset the counter in progress, push the button
select the message “YES” and push the button
at the same time.
and the message “NO” blinks; pushing the button
to reset the counter; the new value is stored into the
memory; the LCD shift back to the message selected.
c) If you just need to read the data, it’s possible to do it at level 0 (without password): push the button
into the menu; by pushing
or
MENU 7 = WORKING HOURS
Total hours
Load hours
% working hrs
Starts/hour
Total capacity
Software release
to enter
flow up/down the different timer to the maintenance.
(no password is needed)
99.999 h.
99.999 h
xx %
N° x
xxxxxxxx m³ (max. 8 characters)
x.yy.aaaaaa
The total hours are the addition of the ON hours of the line contactor (RL1).
The load hours are the addition of the ON hours of the load solenoid valve (RL4).
The working % is got by dividing the ON hours of RL4 to the ON hours of RL1 in the last 100 working hours of RL1: the
percentage is updated every 5 hours.
NOTE: it’s possible to change both “Total hours” and “Load hours” if password level 3 has been enabled.
Pushing
the first figure starts blinking to be modified; by
confirm it by
and/or
select the new figure and
and going to the next figures to set according the same procedure.
Confirming the last figure, the new value will be loaded into the memory.
Starts/hour are the maximum times the motor is allowed to start in 1 hour.
The value of the total capacity is got by multiplying the load hours to the set in the parameter “Flow rate”.
The software release is the upgrade number of the software uploaded into the microcontroller and eventual
customization (i.e. 1.27 Standard).
MENU 8 = MAINTENANCE (Password level 1-2-3)
Maint. hrs memory
Quick oil drain
Maintenance mode
By the button
and/or
Memory of reset or change set of the timer hours filters/oil: buffer of 20 data.
See following explanation
Enabled on multiunit slave operation only (see below)
select the message and confirm by
a) if Maint. hrs memory has been confirmed, by the button
:
and/or
flow up/down the data in the memory;
the LCD visualizes on the first row the progressive number of the message – date – time the event has been
detected and the pertinent message on the second row; after the last message, shift back to the previous
visualization. Memory can holds up to 20 data: 21st erases the first one and so on; if there is not any data into
the memory, the LCD visualizes the message “MEMORY EMPTY”;
10.03.15 Rev. 0.6
14
b) if “Quick oil drain” has been confirmed, the confirmation is accepted only if the compressor is in the status
“compressor loading” or “compressor unloading for set”; on the second row the message “NO” (blinking)
c) and “YES”; by the buttons
and/or
select the function needed and confirm by
; confirming “NO” the LCD
shifts back to the message “MAINTENANCE”, confirming “YES” go to the operation “Quick oil drain” (see
instruction Quick oil drain, page 21).
d) if Maintenance mode has been confirmed, you enter into a menu to select YES/NO and set the way to
maintenance.
YES: the compressor is excluded by the multiunit operation, it shifts to standing alone operation so you can carry
out the normal maintenance.
MENU 9 = ALARMS
Memory of the alarms: visualization of he progressive number, date and time the alarm has been detected and
pertinent cause.
The memory holds up to 20 alarms: the 21st erases the first one and so on; if there is not any alarm into the memory,
the LCD visualizes the message “MEMORY EMPTY”.
MENU 10 = RESET
Description
Password level
Working hours
Alarms
Maintenance
General
By the button
3
2-3
2-3
3
and/or
select the message and confirm reset by
.
Example: if “Working hours” has been selected and confirmed, on the second row the LCD visualizes the blinking
message “RESETTING”; when the reset is complete (total hours, load hours and working percentage), the LCD shift
back to the message “Working hours”.
After the last message the LCD shift back to menu “RESET”.
NOTE: the GENERAL reset is accepted only when the compressor is “OFF” and the controller will load all the default
values.
10.03.15 Rev. 0.6
15
MENU 11 = COMPRESS. CONFIG. (COMPRESSOR SETTING)
Code
C01
Description
Function
Value
Meaning
Default
Level
Restart(*1)
Way to restart
MAN-AUT
MAN (manual) – AUT (automatic),
MAN
2-3
0 ÷ 60
Max starts allowed in 1 hour time.
0 = control disabled
12
2-3
YES
2-3
YES
2-3
NO
3
YES
2-3
C02
Starts/hour
Keep on compressor
unloading till
expiration 1 hour
Unload timer Wt4
Logika Control
phases unit
C03
Timer Wt4
C04
Control phases
C05
Security(*2)
Safety program
YES-NO
C06
Low voltage
Low voltage alarm
YES-NO
C07
Master/Slave(*3)
Type of operation
0/1/2
0 = standing alone – 1 = Multiunit/Slave
2 = Master/Slave
0
1-2-3
C07.1
Timer M/S(*4)
Balance of working
hours
00÷200 h
Setting value “0” the balance is not
operated
100 h.
2-3
C07.2
Timer slave
Time to Slave start
1 ÷ 99 min.
5 min.
2-3
C08
Compressor nr. (*5)
For serial connection
0 ÷ 32
1
2-3
C09
Serial number
Serial number of the
compressor
C10
C11
C12
Flow rate
Input PTC
Capacity
Setting input PTC
20
alphanumerical
characters
100 / 999990
YES/NO
Input IN7
Setting input
0/1/2/3/4
Output RL6
Setting relay
0/1/2
Output RL7
Setting relay
0/1/2
C—h SHUT OFF(*9)
Compressor shut off
Lubricate relay
active time
Interval between
lubricate operations
NO/YES
C13
YES-NO
YES-NO
C14
C15
C16
C17
LUBRICATE TIME
LUBRICATE INTERVAL
1÷999 s
0÷300000 min
(edit step 10min)
YES = Wt4 fixed – NO = Wt4 variable
YES = control phases enabled
NO = control phases disabled
YES = Safety enabled
NO = Safety disabled
YES = alarm enabled
NO = alarm disabled
After power ON, when this timer is
elapsed if the Master has not reached the
stop pressure, Slave starts in operation
Enter the number of position of the
compressor for the serial connection
Setting level 3, visualization level 1-2-3Setting of the capacity in l/min.
NO = disabled – YES = enabled
0 = disable – 1 = door open
2 = control phase relay – 3 = alarm
4 = high temperature bearings
0=condensate drain – 1=compressor
status - 2=bearing lubricate(*6)
0=alarm – 1=compressor status 2=bearing lubricate(*6) – 3 PORO (*7) –
4 PORO + ALARM (*8)
NO = disabled – YES = alarm enabled
Timer is enabled only if one of C13, C14 is
set to 2 (bearing lubricate function)
Timer is enabled only if one of C13, C14 is
set to 2 (bearing lubricate function)
1-2-3
6200
NO
3
3
0
3
1
3
1
3
NO
3
2s
3
11000
min
3
NOTES:
(*1)RESTART:
selecting “Man”, in case of power off the controller doesn’t restart automatically and the LCD visualizes the message
"POWER FAULT"; selecting “Aut.”, in case of power off the controller restart automatically with a delay time set on
Wt5; during this time the LCD visualizes the message “WAIT”.
The change of the default value is stored into the alarm buffer and cancelled by general reset only.
(*2)SECURITY:
security of safety program is enabled, when the timer “CAF” is elapsed, the controller detect a shut off alarm and the
LCD visualizes the message “Fault for security”; the reset is possible only entering into this menu and select
“Safety = NO”; on this way the alarm message changes into “Change Air filter”.
(*3)M/S OPERATION:
1 = the compressor works as slave into a multiunit group: set a compressor # 2 ÷ 5 different from others slaves (see
instructions manual Logik31-S / Logik33-S).
2 = the compressor communicate through serial port RS232 with a second compressor as Master/Slave operation (see
pertinent instruction in this manual).
(*4)TIMER MASTER / SLAVE:
set the time to change Master into Slave; if one of the two compressors has the working hours higher than the time
set in this parameter, it will not be set as Master as long as the balance of the working hours will be reached.
(*5)COMPRESSOR NR.:
In case of Master/Slave operation enabled, the compressor selected with value 1, will be the Master.
10.03.15 Rev. 0.6
16
(*6)BEARING LUBRICATE RELAY FUNCTION:
When a relay (RL6 or RL7) is configured to this function, C16 and C17 are used and the maintenance counter related
to bearing lubrication is not available to the original function. Automatic lubrication works as described below:
- the maintenance counter counts the minutes, starting from 0, from the last automatic lubrication
- when this counter reaches the value set in parameter C17, lubrication takes place by activating the lubrication for
the time specified by C16
- after the lubrication is performed the bearing maintenance counter is reset to 0.
(*7) PORO
Relay is energized at power on in case of automatic restart and if machine was in ON state when power is failed for the
time Wt5.
(*8) PORO + RELAY
Relay is energized as in case of PORO (previous point) or (logic OR not exclusive) in case of ALARM (basic function of
relay RL7).
(*9)C—h SHUT OFF:
alarm joined to the maintenance timer C—h (check compressor); if it’s enabled, 100 hours before the timer elapses
the compressor shut off and the LCD visualizes SHUT OFF FOR AL32 – CHECK COMPRESSOR.
It’s possible to reset the alarm and re-start the machine: on the next 100 hours, every 50 working minutes the LCD
will visualizes the related maintenance message C—h. Once the last 100 hours are elapsed the compressor shut off
again; not it’s possible to reset the alarm by resetting the related maintenance timer only.
MENU 12 = CLOCK TIMER (no password is needed)
Set the automatic start and stop of the compressor.
LCD visualizes the message “T01 = NO – START/STOP BY TIMER”;
if you need to start and stop the compressor by timer, push the button
confirm the selection by the button
and by
and/or
select YES and
and the LCD visualizes the message:
DAY 1 (1 means Monday and 7 Sunday)
By the buttons
and/or
select the day and confirm it by
; on the second row the LCD visualizes the message
1 ON 00:00 – OFF 00:00
with the 1st ON hour (hours and minutes) blinking: set it by the button
and/or
; confirming it by
, the first
OFF hour starts blinking and it get automatically the data set on the first ON hours and so on till the last OFF hour (for
every day of the week three ON/OFF selections are available).
Confirming the last OFF hour of the day selected, the LCD visualizes the request to set the next day; repeat the same
procedure for all 7 days of the week.
If you need to copy the setting of the previous day, after you’ve confirmed the day by
buttons
and
, push in sequence the
.
If you need cancel the setting after the day has been confirmed, push in sequence the buttons
and
.
After the last OFF hour of the 7th day has been confirmed, the LCD visualizes the following message:
DLS TIME: NO - YES (default YES)
YES = the summer changes into DLS time the last Sunday on March and October, at 2:00 am in March, at 3:00 am in
October.
NO = the change summer / DLS time is not operated.
NOTE:
- The setting range of each hour is between 00:00 e 23:59.
- If the third OFF hour goes over 23:59, the setting shift to the next day and it’s indicated on the upper row where the
message change from "DAY 1" change into "DAY 1-2".
- If the setting of OFF hour is the same of previous ON hour, this setting is not taken into consideration.
10.03.15 Rev. 0.6
17
- Examples:
a) Set the hours on three levels
1 ON 07:30 - OFF 12:30 - 2 ON 13:30 - OFF 17:30 b) Set the hours on two levels
1 ON 07:30 - OFF 12:30 - 2 ON 13:30 - OFF 17:30 c) Set the hours on one level
1 ON 07:30 - OFF 17:30 - 2 ON 17:30 - OFF 17:30 d) Compressor OFF all the day
1 ON 00:00 - OFF 00:00 - 2 ON 00:00 - OFF 00:00 NOTE: in case the compressor stops by timer, it’s possible to force
MENU 13 = CHANGE PASSWORD
By the button
3 ON 18:30 - OFF 23:30
3 ON
17:30 - OFF 17:30
3 ON
17:30 - OFF 17:30
3 ON 00:00 - OFF 00:00
starting by pushing the start button for 3 seconds.
(Password level 2-3)
confirm the menu and the LCD visualizes the message “PASSWORD N°1-2-3” with 1 blinking(the
possibility of modification depends on the password level entered).
By the button
and/or
select the password level: confirming the level by
, the upper row of the LCD
visualizes the message “PASSWORD N x” (number selected) while the lower row, the first digit blinking and lightened
fixed (for level 1: one digit lightened, setting of 2 numbers - for level 2: three digits lightened, setting of 4 numbers –
for level 3: 5 digits lightened, setting of 6 numbers).
By the button
and/or
set the new number and confirm by
; the next digit starts blinking.
Repeat the same procedure for the next numbers; confirming the last number by
the LCD shift back to the
message “CHANGE PASSWORD”.
ALARMS WITH IMMEDIATE COMPRESSOR SHUT OFF
Code
Description
01
02
03
04
05
07
11
12
13
14
18
20
21
22
25
EMERGENCY STOP
MOTOR OVERLOAD
FAN OVERLOAD
NO PHASE
WRONG PHASE
INPUT POWER FAULT
HIGH PRESSURE
TEMP. PROBE FAILURE
HIGH AIR END TEMP.
LOW AIR END TEMP.
POWER FAULT
PTC MOTOR
SECURITY PRESS. SWICTH
INPUT IN7 OPEN
SEPARATOR FILTER
33
RS232 FAILURE
44
BEARING HIGH TEMP.
10.03.15 Rev. 0.6
Cause
Emergency stop button opened (IN1)
Thermal motor opened (IN2)
Thermal fan opened (IN3)
One or more phases are missed longer than 300 m.s.
Phases inverted
All the inputs IN1 ÷ IN7 opened
Working pressure over set W P2
Air end temperature probe failure
Air end temperature over set WT1
Air end temperature probe lower than set WT5
In case of power off and compressor set as manual restart
Input IN 8 opened
Security pressure switch opened (power supply to digital inputs missed)
Parameter C12 = 3 (alarm)
Separator filter differential pressure switch opened (IN6)
Field bus error: Watchdog activated by MODBUS and no communication to
remote control
High temperature bearings
18
ALARMS WITH COMPRESSOR SHUT OFF AFTER 30 SECONDS UNLOAD RUN
Code
Description
26
PRESS. TRANSD. FAILURE
28
LOW VOLTAGE
29
SECURITY
30
HIGH AIR END TEMP.
32
SHUT OFF FOR AL32
Cause
Pressure transducer failure
Power supply to the controller lower than 9,5Vac; reset accepted when
voltage overcomes 10,6Vac
Timer CAF elapsed; alarm detected only if the parameter Safety is set
YES
Air end temperature over set WT2. Reset with temperature lower than
WT2-5°C
Timer C—h elapsed: reset related maintenance timer
NOTE: in case of shut off alarm RL7 (if it set as alarm operation) is energized + DL1 and the alarm message is stored
into the alarms memory; after the cause of the alarm has been solved, push the button
to reset the alarm and
restart the compressor.
If the alarm “Low voltage” (code 28) has been disabled in menu 11 COMPRESSOR SET, it will not be detected.
WARNINGS (VISUAL ALARMS)
Code
Description
35
36
37
SETTING DATA FAILURE
AIR FILTER
MULTIUNIT FAILURE
39
LOW VOLTAGE
40
HIGH VOLTAGE
41
CLOCK FAILURE
42
43
47*
RS232 FAILURE
DLS TIME
MAX. STARTS/HOUR
Cause
Default data loaded
Air filter pressure switch closet (IN5)
No communication to master or master’s transducer failure
Power supply to the controller lower than 11.6Vac with automatic reset
when the voltage rise to 12Vac
Power supply to the controller over 14.5Vac
Take power off and on again to the controller; if the fault goes on, contact
Logika Control
Communication interrupted
Automatic change of the time
Starts/hour has reached the value set in parameter Starts/hour (menu 7)
47* The alarm code “Max. starts/hour” informs the compressor will not stop; it will run continuously load/unload
according the pressure, until the expiration of 1 hour time from the first starting in the hour.
NOTE:
1) In case of warnings RL7 is energized intermittently (if it is set as alarm) + DL1.
2) In case of message visualized (if it has not automatic reset), pushing the button
RL7 + DL1 and storing the message into the alarm memory
3) The code alarm 42 reset automatically when the communication restart properly.
MESSAGES VISUALIZED IN ALARM LIST ONLY
Code
Description
48
49
MAN RESTART
AUTO RESTART
10.03.15 Rev. 0.6
Cause
Restart set from automatic into manual
Restart set from manual into automatic
19
the message reset, deexciting
MAINTENANCE MESSAGES
Code
50
51
52
53
54
55
Description
CHANGE AIR FILTER
CHANGE OIL FILTER
CHANGE SEP. FILTER
CHANGE OIL
CHECK COMPRESSOR
LUBRICATE BEARINGS
Counter
Counter
Counter
Counter
Counter
Counter
of
of
of
of
of
of
the
the
the
the
the
the
timer
timer
timer
timer
timer
timer
set
set
set
set
set
set
into
into
into
into
into
into
Cause
menu 6 parameter
menu 6 parameter
menu 6 parameter
menu 6 parameter
menu 6 parameter
menu 6 parameter
CAF elapsed
COF elapsed
CSF elapsed
C-- elapsed
C-h elapsed
BL elapsed
With message visualized on the LCD, the relay RL7 is excited intermittently (if it’s set as alarm) + DL1; pushing the
button
the message is reset and RL7 + DL1 unexcited.
After the maintenance request by the message has been carried out, reset the counter into menu 6 Hours Filters/Oil; if
the counter has not been reset, every 50 working hour or next ON to the compressor, the LCD visualizes the
maintenance message.
10.03.15 Rev. 0.6
20
HOW LOGIK 25-S CONTROLS THE COMPRESSOR
Safety time Wt5
Pushing the stop button 0 , the compressor stops according the following procedure:
a)
if the compressor is loading, it changes into unload run for the time set on timer Wt5; during this time the restart
is accepted by the button
I ; when the timer Wt5 is elapsed, the compressor stops and the LCD visualizes the
message “OFF”;
b)
if the compressor is unloading and the timer Wt4 is higher than Wt5, once the timer Wt4 is elapsed, the
compressor stops and the LCD visualizes the message “OFF”; if Wt4 is lower than Wt5, the timer Wt5 keeps on
counting and once it elapses, the compressor stops and the LCD visualizes the message “OFF”;
c)
if the compressor is “IN SET” status, it stops and the LCD visualizes the message “OFF”;
d)
when the compressor stops and the LCD visualizes the message “OFF”, the timer Wt5 starts; during this time if
the start button is pushed, the LCD visualizes the message “WAIT” and the compressor doesn’t start; the
compressor starts when the timer Wt5 is elapsed.
In case of compressor stopped due to an alarm, the timer Wt5 starts: during this time, if the alarm message is reset
and the start button is pushed, the message “OFF” starts blinking and the compressor doesn’t start; the compressor
starts when the timer Wt5 is elapsed.
Compressor stopped through remote start/stop input (IN4)
When the remote start/stop input (IN4) opens, the compressor stops according the following procedure:
a)
if the compressor is loading, it changes into unload run for the timer set on Wt4 and the LCD visualizes the
blinking message “OFF BY REMOTE STOP”; if the input IN4 is still opened, the compressor stops and the LCD
visualizes the message “OFF BY REMOTE STOP”; during the timer Wt4, if the input IN4 closes, the compressor
comes back under pressure transducer operation;
b)
if the compressor is unloading, when Wt4 is elapsed, the compressor stops and the LCD visualizes the message
“OFF BY REMOTE STOP”;
c)
if the compressor is “IN SET” status, the LCD visualizes the message “OFF BY REMOTE STOP”.
Operation of the load solenoid valve (RL4)
1)
Wt4 set as fixed time:
When the pressure reaches the stop set, the load solenoid valve (RL4) switch OFF and the LCD visualizes the
message “UNLOAD RUNNING X SET” and the timer Wt4 starts; when the timers elapses, if the pressure is not
below the start set, the compressor stops.
During the timer in progress, if the pressure is below the start set, the load solenoid valve (RL4) switches ON
and the LCD visualizes the message “LOAD RUNNING” and the timer Wt4 reset.
2)
Wt4 set as variable time:
On the first start the compressor works as explained to point 1 above; on the next load run, the controller counts
the time the pressure spend to decrease from stop to start set; if this time (tx) is higher than the set on Wt4, the
next unload run, Wt4 will be reduced of 1 minute and so on up to a minimum time of 2 minutes.
The first cycle tx comes to be lower than t4 changed, the next unload run will come back to be counted as the
value set on Wt4.
ATTENTION: on the contact of the relay operating the load solenoid valve is mounted an RC Filter (22 F
+ 100 ) sized for power of 4.7W; in case a less power load solenoid valve is used, if the valve keeps on
powered even if the contact of the relay is opened, the RC Filter must be eliminated by cutting the
terminal of the resistor R11.
10.03.15 Rev. 0.6
21
Thermoregulation of the fan (RL5)
When the delta contactor is powered:
a) air end temperature equal or higher than WT3 = RL5 ON
b) air end temperature below (WT3 – WT4) = RL5 OFF
NOTE: on the right side of the upper row of LCD the character “F” indicates each time the fan is in operation.
Operation of the condensate drain solenoid valve (RL6)
Every time the load solenoid valve is powered (RL4), the condensate drain solenoid valve (RL6) is activated and
deactivated according the time set on the parameters Wt6 and Wt7; besides it’s deactivated every time the load
solenoid valve switches OFF.
NOTE: each time the solenoid valve is working, on the right side of the upper row the LCD visualizes “” to indicate
the condensate drain is in progress.
Operation of RL6 or RL7 set as compressor status
When the compressor is ON the relay is excited, when the compressor is OFF for pressure set reached, the relay is
unexcited.
Quick oil drain
This function is operated when the compressor is loading or unloading and the working pressure is not higher than 2.0
bar.
By the button
confirm the “MAINTENANCE”; by the button
select “QUICK OIL DRAIN” and confirm by
;
the confirmation is accepted only if the compressor is in “load run” or “unload run” status; in different status the
LCD visualizes the message “START THE COMPRESSOR”; in this status, pushing the button
I , the compressor
starts and the LCD visualizes the message “QUICK OIL DRAIN NO / YES”; pushing the button
the LCD shift
back to menu Maintenance.
If the compressor is in the status requested by this function, the LCD visualizes the message:
“QUICK OIL DRAIN”
“NO / YES”
With the message “NO” blinking, by the buttons
and/or
select the function needed and confirm it by
;
confirming “NO” the LCD shift back to the message “MAINTENANCE”, confirming “YES” the controller goes to the
function “Quick oil drain”.
The line contactor (RL1) keeps on exciting while the load solenoid valve (RL4) switches off in case the pressure is
higher than 2.0 bar; the LCD visualizes the message “DISCHARGE PRESSURE” (in this status, pushing the button
the controller shift back to menu Maintenance) to be excited again when the pressure goes down 2.0 bar and the
LCD visualizes the message “DRAIN IN PROGRESS” on the first row and the blinking message “STOP” on the second
row.
When the quick oil drain is finished, by the button
the compressor stops
Compressor set as start and stop under weekly timer operation
When the compressor is set as start and stop under clock, during the OFF time, the LCD visualizes the message “OFF
BY TIMER – NEXT ON : XX:XX”; during the compressor operation the LCD visualizes the clock symbol.
In case to force a start, with no modification of the weekly timer, keep on pushing the button
stop it again, it0s enough to push the button
0 and the compressor comes back under weekly timer operation.
NOTE: the remote start/stop input (IN4) is not operated.
10.03.15 Rev. 0.6
I for 3 seconds; to
22
MASTER/SLAVE OPERATION
After the two compressors have been connected through serial port RS232 on the terminal M2 with length not longer
than 5 m (for longer distances use line converter RS 232/485):
1) select the menu 11 “COMPRESS. CONFIG.” and confirm it by the button
2) by the button
select “M/S OPERATION” and confirm by the button
;
.
3) By the buttons
and
select “YES” and confirm it by
4) By the buttons
and
set the time for the rotation Master into Slave and confirm by
5) By the buttons
and
set the time for Slave starting in case Master has not reached the stop pressure after
the first power on and confirm it by
.
.
; the LCD shift back to the message “M/S OPERATION”.
Pushing the Start button of one of the two compressors, both are put in operation:
both LCD of the two compressors visualize the blinking message “OFF” for about 5 seconds; during this time the start
button
I is not accepted; when the message “OFF” stops blinking, the start button
I is enabled.
Pushing the Start button of one of the two compressors, both are put in OFF
In case of remote stop, the command received by the Master is priority.
On the first power on, the compressor 1 take the control as Master and the LCD visualizes “M” while the compressor
set as Slave visualizes the message “S”.
The Master control the following parameters: WP1-WP2-WP3-WP4-WP5 and they are transferred to the Slave via serial
port.
The Slave compressor starts only if:
1) on the first on by button or weekly timer, the Master has not reached the stop pressure in the time set;
2) the pressure decreases below the parameter set in WP5.
Master Slave rotation comes:
1)
when the timer set in the parameter Timer Master/Slave is elapsed (working hours);
2)
in case of shut off alarm on the Master;
3)
if one of the two compressors has the working hours higher than the time set in the parameter Timer
Master/Slave (working hours), the other compressor will work continuously till to get the same working hours of
the first compressor in addiction to the hours set in the parameter Timer Master/Slave; only after this time, the
Master/Slave rotation will be operated.
NOTE:
1)
In case of maintenance on one of the 2 compressors, before to stop it remember to set both units into standing
alone operation and set it again into Master/Slave operation after the maintenance will be carried out.
2)
In case of serial line failure both compressors become Master.
10.03.15 Rev. 0.6
23
WARRANTY TERMS
24 (twenty-four) months from the production date printed on the label of the serial number.
Temperature probe is not included in the warranty terms.
Both working and technical features of the controller must be fully respected: the warranty declines if the
controller has been opened or repaired by unauthorized personnel.
Operation or modification different from the original, wrong electrical wiring or bad assembling can be
cause of failures or malfunctioning of the controller; in these cases both warranty and own technical
features of the controller declines.
Technical features, drawings and any other document in this manual are property of Logika Control that
forbid any reproduction, even partial, of text and illustrations.
On its unquestionable judgement, Logika Control reserves the authority to modify the product to improve
operation and performance, besides to the right to withdraw the product from the production, in any time
and without notice.
REVISION INDEX
Revision 0 = Issue
Revision 0.1 = Issue for UL certification
Revision 0.2 = Upgrade parameters “C—h shut off”, “Bearing lubricate”
Revision 0.3 = Upgrade to Multiunit operation
Revision 0.4 = Modification of some parameters and default values
Revision 0.5 = Add PORO and PORO + ALARM function
Revision 0.6 = Wt4 max. setting value 30 minutes
LOGIKA CONTROL s.r.l.
Via Garibaldi, 83/a
20054 NOVA MILANESE – MI –
ITALY
Tel.: +39 0362 37001
Fax: +39 0362 370030
Web: www.logikacontrol.it
10.03.15 Rev. 0.6
24